Site Reliability Engineer
AI displacement risk
30%
Range 23–37%
Ensures system reliability, performance, and scalability through automation and monitoring
Site Reliability Engineer scores an estimated 30% displacement risk — higher risk than 80% of occupations. Blended from 3 official occupations, 75% AI task overlap and only 25% human bottleneck protection create significant structural pressure.
Structural pressure, not a prediction of job loss. Displacement tends to arrive through slower hiring, wage compression and role redesign before layoffs.
Limited buffers available against the structural pressure.
Built from 3 official occupations in Singapore
Why This Score
75% of tasks overlap with current AI
25% human advantage from judgment & presence
58% demand buffer from the local labour market
On the Shortage Occupation List & Jobs in Demand list — government recognises hiring need
These factors interact with each other — the final score is not a simple sum of these bars.
Blended across 3 occupations using the same score logic as an occupation page. How this works
Tasks AI can handle
Code generation, test writing, documentation, code review suggestions, and debugging common patterns.
Where humans stay essential
System architecture decisions, complex debugging in production, cross-team coordination, requirements gathering, and security-critical code review.
Skills to focus on
Role profile
Heuristic workflow context blended from related occupations. This profile helps interpret the score; it is not a direct role-level measurement and is not part of the core net-risk formula.
Workflow dimensions (0 = low, 1 = high)
Singapore Now
Use these signals as directional context from closely related occupations and recent postings.
Observed hiring
0
30-day postings · no_signal
Employer pressure
moderate
21 recent signals
Top Industries
How this changes by career stage
What You Can Do
This estimated role shows some offset potential, but it depends on demand and transition pathways holding up across the blended occupation set.
Published transition support
Component occupation pathways
Explore each occupation for seniority and labour-market detailCompare with similar roles or occupations
Compare with... →Built From
Augmentation
Very Low (11%)
Dispersion
3.6pp spread · 23%–37% range
Raw Scores
Exp 0.754 · Bot 0.251 · Mkt 0.578
Percentile Rank
Higher risk than 80% of occupations
Common tools in similar work
Blended from O*NET matches across 1 component occupations.
Worker profile
Gender mix
70% male / 30% femalePublished Singapore worker composition for blended detailed occupation-family anchors.
Employment structure
Employee-heavy96% employees, 4% employers or self-employed workers.
Work arrangement
Mostly full-time4% part-time and 96% full-time in 2025.
Age profile
Mid-career heavy14% aged 15 to 29, 62% aged 30 to 49, and 24% aged 50 or older.
Qualification mix
Degree-heavyDegree 81%; Diploma / professional qualification 15%.
Where this work is concentrated
Top planning areas
Sengkang, Bedok, Tampines19% of the blended underlying occupation families live across these three planning areas.
Residential concentration
Broadly distributed30% live across the top five planning areas in the weighted occupation blend.
Commute pattern
Mid-range commutesWeighted average commute 37.5 minutes. 33% take 46 minutes or more.
Market detail
Industry vacancy overlays use the latest published detailed cross-tab, which can lag the main labour monitor.
- Vacancy rate is 3.1% and was essentially flat versus last quarter.
- Hiring read: recruitment is running above resignation (1.5% vs 0.9%).
- Retrenchment was low at 1.5 per 1,000 employees.
- 67.7% of retrenched workers re-entered employment within 12 months.
- Employer pressure is moderate, based on 21 recent Singapore-relevant company signals.
Frequently asked questions
Will AI replace Site Reliability Engineer?
Site Reliability Engineer scores an estimated 30% displacement risk — higher risk than 80% of occupations. Blended from 3 official occupations, 75% AI task overlap and only 25% human bottleneck protection create significant structural pressure. Estimated displacement risk: 30% (Moderate).
What is the AI risk score for Site Reliability Engineer?
Site Reliability Engineer has an estimated AI displacement risk of 30%, rated Moderate. AI task overlap: 75%. Human advantage: 25%. This is a synthetic estimate blending 3 official occupations in Singapore.
What occupations make up the Site Reliability Engineer estimate?
Site Reliability Engineer is estimated from 3 official occupations in Singapore: IT infrastructure specialist (40%), Cloud specialist (30%), Software developer (30%).